Answer:
E. create a short distribution channel
Explanation:
Certainly, he needs to opt for an agile software development model. And for this in business terms, he needs to opt for the short distribution channel, which is the business term for the Agile methodology. Thus, Chan will get one module ready and send to the client, and the client will send the details back to him about the errors, and also the client can be up with suggestion anytime.
Answer:
$ 20000
$500
$ 20000
0
Explanation:
Fixed cost is cost that does not vary with output. It remains the same regardless of output produced.
Fixed cost would be $20,000 regardless of the output produced.
Variable costs vary with output level.
If 100 units are produced and variable cost per unit is $5, variable cost would be 100 × $5 = $500
If 0 unit is produced and variable cost per unit is $5, variable cost would be 0 x $5 = 0
Total cost is the sum of Fixed cost and variable cost
I hope my answer helps you
Given:
Cash = $316
Accounts receivable = $687
Accounts payable = $709 (Liabilities)
Inventory = $2,108 (Assets)
Total assets = Cash + Receivables
= 316 + 687 = $1,003
Liabilities = $709
By definition, the quick ratio is
QR = (Assets - Inventory) / Liabilities
= (1003 - 2108)/709
= -1.5585
This means that the gift barn is over-leveraged and struggling to grow.
Answer: -1.56
Answer: The answers are "dynamic", "pace of change and complex", "number of factors that are changing", "scarce", "high" and "difficult".
Explanation: At Celgene, the environment is <u>dynamic</u> because of the<u> pace of change and complex</u> and because of the <u>number of factors that are changing</u>. Resources are <u>scarce</u>. The managers at Celgene are facing conditions of <u>high</u> uncertainty. This means that it will be <u>difficult</u> for them to make strategic decisions about the types of products the company will offer in the future.
Answer:
Option (B) is correct.
Explanation:
Given that,
Average total cost of producing cell phones = $20
Current output level = 100 units per week
Fixed cost = $1,200 per week
Average total cost = (Variable cost + Fixed cost) ÷ Number of units
$20 = (Variable cost + $1,200) ÷ 100
$2,000 = (Variable cost + $1,200)
$2,000 - $1,200 = Variable cost
$800 = Variable cost
Total cost = Variable cost + Fixed cost
= $800 + $1,200
= $2,000
Average variable cost:
= Variable cost ÷ Number of units
= $800 ÷ 100
= $8
Average Fixed cost:
= Fixed cost ÷ Number of units
= $1,200 ÷ 100
= $12
Therefore, the correct answer is: Average variable cost is $8.
